JPH01231837A - Continuous automatic rodent-trapping device - Google Patents

Abstract

PURPOSE:To necessitate no access of a man except the first supply of a bait and reduce the adhesion of the smell of the man, etc., thereby raising the trapping rate of rodents by setting a bait in an automatic feeder. CONSTITUTION:An automatic feeder 5 capable of continuously supplying bait for rodents due to the self weight of the bait when the bait is placed in the feeder from the upper and lower openings thereof is disposed forward from a drop floor 9 to induce rodents walking up footsteps 10. When the rodents approach the bait and a sensing switch 6 is operated through a bait-attached bar 7, a solenoid 15 is excited and a movable iron core 55 is attracted to remove a stopper 17 from the drop floor 9 and thereby release the drop floor 9.

Description

[Detailed description of the invention]

[Industrial Applications] The present invention uses M4i to be used when capturing and killing harmful rats.
T! Concerning vessels. [Prior art] This kind of F+CIt in the East! The i-ware includes a box body having an opening at the top, a pair of i6 floors installed in this box body and freely mating by 1 m in the center of the opening,
A sensing switch installed near the mating part of the iE floor, and an automatic elongation machine installed on the box body that operates the pair of falling floors in response to input from the sensing switch, and the opening There was something that had mucus accumulated below it, but it was r1! 56-62756). However, in such a rat trap, when catching and killing the -R in succession, it is necessary to feed the C rats so that they can continue to flock with peace of mind as they continue to collect Nl. However, due to frequent feeding by humans, rats that are sensitive to human body odor are alerted by the smell, and when rats are killed by mucus and are subsequently disposed of, the mucus may adhere to the pond.
Don't get it dirty or leave a smell for the next time you catch it.
reduced the rate. As a result, conventional mouse traps have the disadvantage that they are difficult to catch mice and are also difficult to scoop out. [Problems to be Solved by the Invention] The present invention solves the problem of reducing the capture rate of conventional mucus-based mouse traps due to body odor deposits caused by frequent human feeding, and
In post-processing of killed mice, we worked on the shortcomings of the post-processing method and feeding method, which reduce the next capture rate due to mucus adhesion elsewhere, and considered feeding 8S to give the mice a sense of security. It must be an easy post-treatment method that allows the mucus to be taken out without any adhesion to the pond, and leaves the pond in a state where you can handle water smoothly without any mucus adhering to it. [Structure of the Invention] The structure of the present invention is as follows: [1] A box body having an opening at the top, a guiding tool cover that partially covers the upper part of the opening, a guiding tool installed on the back surface of the box, and the box. A pair of falling beds are installed on the body and can be freely joined together at the center of the opening, and a sensing switch and an automatic feeder installed in a part of the guide tool are installed near the top near this joining part, and the above-mentioned A stopper that makes a sound when the pair of fallen floors and keeps them in a horizontal position is connected to the lenoid, which is excited in response to the sensing switch, and is installed in the box, and the box also has an automatic opening and closing mechanism. and installed below the opening in the box. 11-A mucus with a kinematic viscosity of 120 centimeters to 40,000 centimeters at 37.8 degrees Celsius and a mucus tank storing this are removably installed, and the mucus tank has a discharge hole at the bottom. A removable removal net is installed to create a mucus tank that can be attached to a heat-generating tree if necessary, and the sensing switch I is operated to remove the lenoid, the stopper connected thereto, and the automatic rrF1
171 Activate Ifi and set f of this automatic field opening mechanism.
The i6 floor of the pair of mengi is made 1111 by the action of the rat, and the mouse falling by the release 1 of this falling bed is killed by the mucus,
Danger of ultrasonic waves emitted by rats when they are in danger Fa No. F: In a continuous automatic rat trap that blocks and suffocates the rats, the rat is caught by this continuous automatic rat trap by adding a surfactant to the mucus and adding water to the mucus. A method of emulsification and #i post-processing, the sensing switch has one end in a ring shape and the other end as a 360 degree rotatable actuating rod, which is a touch switch that comes into contact with a portrait ring to obtain a detection signal. , Attach bait to the tip of this touch switch, store a large amount of bait in the bait container from the top of the automatic feeder, and use the weight of the bait to automatically take out the bait one after another from the bottom of the automatic feeder. Configure it like this. The guide tool installed above the pair of fallen floors in the box body is constructed by erecting a required number of guide rods downward on the peripheral edge of the back surface of the plate I+, and 13. A continuous automatic mouse trap that has the required number of footholds installed on the side of the machine in a horizontal position and vertically arranged and protruding. [21 consecutive self! How to deal with mice caught and killed using e-rat traps. Adding a surfactant to the mucus for rat nitrogen 7u and further adding water to make the mucus into an emulsion, that is, to reduce the kinematic viscosity of the mucus by 2 times. 3! Post-processing method for trapped rats, as described in claim 1! ! ! Continued automatic mouse 1 + li 'j: W. [lr II+ of the invention] Since the continuous automatic feeder according to the present invention is configured as shown in 3d above, it is possible to eliminate human body odor by feeding a mouse using the automatic feeder. The kinematic viscosity of the mucus is 120 centistokes = 1 o o o o The slime that contains senna stokes can be used to catch and kill 9 (7) in any environment. 1 ζ 111 (F) Stops the leakage of rats that have been dropped. In order to block the danger 41. signal of the ultra-n waves emitted in times of danger and cause 9. drowning, subsequent rats are unable to detect the danger and are successively caught by this rat trap, resulting in 5 stages of trapping. In addition, the mice that are not killed by the mucus and the subsequent treatment of the mucus become an emulsion, and the kinematic viscosity is significantly reduced by W4, so the post-treatment method is like pumping water without sticky mucus attached, and the next time. [Embodiments of the Invention] The invention will be described in detail below based on one drawing. In m1lA and Figures 3 and 4, 47 is 3!l.
! This is an automatic mouse trap and includes a box body 1. This box l is screwed onto the ff1 side of the M tree 1 to form the bottom surface 11a.
, 11. It has a floor plate 19 with a flat surface. 12 is a partition plate that divides one box 1 into a drop chamber 39 and a mechanism chamber 14.
Openings 48 are formed on six sides of the falling chamber 39 in the box body 1 which is divided into two parts. In this opening 48, between the a-bearing 44 and the partition [12], a rotation shaft 31.31 is fixed and attached to the edge of the falling bed 9.9, and the other edge of this falling bed 9,9 is attached. B[! The first moving shafts 32 and 32 are fixed and fitted into the b bearings 40. These falling floors 9.9 swing around the A rotation wheels 31.31 and B rotation wheels 32.32, thereby opening the opening 48. 171j It is a stopper made of a leaf spring resilient in the A direction [see Figure 4]
, this stopper 17, which is screwed approximately in the middle of the upper edge of the f1 cutting plate 12, prevents the pair of fallen beds 9°9 marked +)η from swinging unstably downward due to their own weight, and Floor 9.
9 maintains the closed state. In addition, a pair of falling beds 9,9
forms the H surface of the box l when the open L1 portion 48 is 171 +L. 10゜] 0.10 is mouse M with 1 bamboo 11
Furthermore, there is a footrest +1 for climbing, which is fixed to the front side of the box body 1 with hinges 51.51°51. This lick,
This leg 17) can be folded upwards. 33 is a mucus tank, and in this mucus tank 33, mucus 34 is, for example, II-D produced by naphtha decomposition.
Among the fractions, isobutine and normal crocodile are filled with mucilage produced by low-temperature selective polymerization, such as bolybdenum. The kinematic viscosity of this mucus 34 is 37.8 degrees Celsius,
It ranges from 120 centistokes to 40,000 centistokes. The reason why we limited the mucus 34 to have a kinematic viscosity within this range was based on the results of various tests.
When the kinematic viscosity is less than 1x, the mucus 34 that has entered the mouse's mouth and nostrils is easily discharged, and the ultrasonic signal (:25KllZ) that the mouse emits when it senses danger.
This is because it transmits the danger to the rat and makes it difficult to instantly suffocate and drown.--When the force and kinematic viscosity are north of 4000.0 centistokes, the resulting motion In terms of viscosity, the mucus 34 invades M's mouth and nostrils, so it easily blocks the dangerous ultrasound waves emitted by the mouse.
You can't IM, and it's difficult to instantly kill, Q, or drown a mouse. Note that this mucus 34 is extremely stable and will not rot or change in viscosity even after being stored for a long period of time.
It is desirable to have an insecticidal effect, and the mucus restricts the mouse's free movement and instantly blocks the mouse's mouth and nostrils, making it impossible to send out ultrasonic danger signals and drowning the mouse. It is sufficient that the post-processing produces an emulsion that is not sticky and can be easily handled like water. It can also be used as an insecticide, sterilizer, etc.
1) Disinfectant etc. may be added depending on the situation such as Jl, <S. Note that 35 is a removal net, which is hung on both edges of the mucus tank 33. 1135 is mucus tank 33 and 7
,6. Drowning I: 45: Something to scoop up;P
, 36, the exhaust hole 46 is t't te. f/1M
34 (Also when taking out the supernatant mucus that is irritating?
Can be used for E. 3 is a cover, and screws 42 are attached to the edge of the box 1 of the body 1. ．． 12, and is removably installed so as to cover this opening 48. A JM inlet 4 is attached to the back surface of this cover 3, and a required number of guide rods 8.8. --Protruding from the guide rod 8.8, it is fence-like and has almost no reflection to ultrasonic waves.
, − to be guided and invaded between. An automatic feeder 5 is installed which is fixed by passing through the cover 3 and the guiding tool 4. It is inserted from the top, and has a hole for taking out the guide at the bottom, from which the guide can be automatically taken out. Next, based on Fig. 3 and 4 f2d, l of falling floor 9,9! I will explain about the horizontal mechanism of one moving shedding machine. This automatic opening In mechanism A is basically installed on the mechanism room 14 side of the partition plate 12, and includes an IM release mechanism that releases the fallen floor 9.9, and a low stop that stops the i6 floor 0.9 that has been released. The mechanism C, the opening mechanism B, and the opening/closing mechanism C are activated. It consists of a mechanism l). First, the opening mechanism B1 will be explained. As the opening mechanism B for opening the fallen floor 9-9, a solenoid 15 and a stopper 17 are fixed in μm on the partition plate 12, and the movable core 15a of the solenoid 15 is connected to the °C stopper 17 via a wire 16.
It's packed with. By touching F and I+,
When the sensing switch 6 moves 1jl, the solenoid I5 is energized, and the IIT dynamic iron core 1511 is pulled in the direction of the solenoid 15, causing the stopper 17 to disengage from the falling floor 9, 9, and the falling floor 9.9 is opened. Also, the electronic control box 28 de-energizes the solenoid 15 for a certain period of time, the movable core 15 loses its attractive force, and the stopper 17 returns to its original position due to its own elastic force. ,
76 beds 9.9 will take 1 turn I'to 1fi horizontal C will be explained. 18 is a sujiido tool, and the slide cup 19.1 is penetrated through this! A cam plate 20 is placed in the -I: part of the slides Ji19 and IQ, and an I3 cam plate 21 is fixed horizontally to the lower part of the slide plate 19.1 to form a slide part S, This is Del. It can be lowered freely. '10.30 is slip 1 crazy and the guide installed on the shi 1 lowering lever 29.29? Moved to 450.50: 17nl capacity and 1tH, il+f The lifting lever 29.29 is fixed to the A rotation shaft 31.31. When the falling floor 9.9 is released, the lifting lever 29°29 also opens.
It is almost vertical, which means that the pulley 30.30 is the guide 1M5
This is because the pulley 30. can be moved within 0.50 -) until the lift lever 29.29 is vertical.
30 functions to move upward as appropriate, and comes into contact with the temporary A cam 20 at the top of the slide section S. Slide part S
An abutment pin 22 attached to a drive plate 23 is in contact with the B cam plate 21 at the do portion. When the mouse touches bait A9++, the sensing switch 6 is turned on, and the electronic/control box 28 moves 114 to rotate the motor 26 in the clockwise direction.When the motor 26 rotates, the cam J rotates.Then, the motor Operation piece 25a of drive switch 25
The protrusion 251) moves along the circumference of the cam J and comes out of the notch 24.24 of the cam J. When the protrusion 25b comes out of the notch 24 of the cam J, the operating piece 25a
is pressed, the motor drive switch 25 is turned on, and the motor 26 is rotated thereafter. After the motor drive switch 25 is turned on, the motor 26 is powered off.
- When the drive plate 23 is rotated by the operation of the motor 26, which is not rotated by the 1vI control box 28! 4. When the contact pin 22 hits B, push the temporary 21 in one direction 1. Then, the slide 4an and 30 that are in contact with +M20 rotate and guide jM511.50.
L V/, L, , is about 41 vertical feet

[/bar 2(
1,29 to 1hi y7 of the board A 2b and move towards the center with a movement length of 1 within this guide course 50.50 (Cl)
7. As a result, the drop IR9, (J is 1) JZ moves in the direction of one chain, and the bullet of stopper 17? 1::) form the original deadlock state against J. , 2, when the motor drive switch 25 is turned on, the shuttle 1 is turned on.
The protrusion 25h of the piece 25° is engaged with the notch 24 of the cam J 1-
The temperature is 20°C, and motor 26 should stop rotating. ! In addition, in the embodiment described in 1.1-1, a battery 4] was used as a power source, and a motor 26 was used as a one-rotation drive source, but
It has a cutter 1.1 and a guide eraser 50 as an FQ, and a +II freely descendable sliding width 30 is added to this one.
As long as the L-bar 29 and slide part S are used, this L 41
It is not limited to 6, and 6 is good as a co-rotating drive source using a single spring (mainspring).
As a matter of fact, χ may be directly used as a power source via an adapter, or a solar cell may be used. Next, an embodiment of the second aspect of the invention will be described. In this invention, [1-1
A slime produced by low-temperature selective polymerization of imbutene and normal butene in one distillate. PAL is polybutene, and surfactants, such as if-chain alkybenzene di/sulfur thorium, polyoxyethylene 7-alkyl ether, and interfaces. The antiquated agent, synthetic kitchen detergent, becomes mucus (34), and it becomes like water. The Vt extraction can be taken out without getting sticky, and it can be removed in a short time without leaving mucus or other stains. [Break effect] As described above, the present invention uses the automatic feeder, so the mice can feel at ease without even smelling humans.
(, the continuous capture rate was increased. Next, the 21st + 1st invention adds a mucilage 4" surfactant that has a capture rate of 1i<, and further adds water to form a slimy emulsion. The action of cleaning, killing 171, dissolving, and adding 4'+ of beef mucus also lowers the slime level to 8.
(Easy to take out after 1 hour of killing, and the mucus in the sludge tank will come out).It can be used in narrow places such as the width of the city, etc. It flows as water and clogs drain basins and drain pipes. Without a doubt, viscous α
No. 114 is a continuous automatic h (catcher σ) perspective view according to the invention [4, the second country is induction (cross-sectional perspective L4 of 1, third [4 is a partition plate viewed from horizontal chamber 4 14.4 r21 I new side]
7I, 5th [A is a cross-sectional view of the Ochisen-muro. Special:'r il llj Hito Mura L. Showa 3 Leap 4 Map Procedure Amendment M1 1. Display of the case Showa (2013 Patent Application No. 58950 3, Relationship with the famous case to be amended) Patent applicant Specification 1, Title of the invention 3!! Continued automatic 1-beta catcher 2, Claims ray 2-1 Ij'+ 4 mountain-continuation format--; ≧--
1 Shiji□-ljzu1-□-Seven fortune-telling--庖-''iξ Sea-
Opening j'lj 2-=1 yo'it; ≧-- dry boat one-ζ
9-1 "Milk""1α1j1Shiyumata" - ■Two grains...[
IJ (1, East-≦-@i#O ratio"匡"-Mizo JL device-13, Detailed description of the invention [Field of industrial application] The present invention can be used to capture and kill harmful rats. [Prior Art] This type of conventional mouse trap has a box body with an opening facing upward, and a box body that is installed in the box body. A pair of falling beds that can be freely combined, a sensing switch installed near the joint of the falling beds, and a sensing switch installed in the box body, and the pair of falling beds are activated by input from the sensing switch. It is equipped with an automatic opening/closing mechanism that collects mucus below the first part, allows the mouse to fall into it, blocks the ultrasonic danger signal emitted by the mouse, and prevents the danger signal from being transmitted to subsequent mice. There was a device that avoided the sensitive auditory response of rats and caught them in succession [Special Publication No. 63-376 + 2]. When capturing and killing, the work of guiding a group [5 to 8] to one place by continuing to feed them to a certain extent is done according to their habits.
It is necessary to feed the rats so that they can continue to be captured in groups with peace of mind. Along with this sense of smell, rats have a keen sense of smell, and due to frequent feeding by humans, rats are sensitive to human body shellfish and are therefore wary of sniffing them out. As a result, conventional continuous rat traps have the disadvantage that it is difficult to efficiently and continuously catch highly discerning rats. [Problems to be Solved by the Invention] In view of the drawback that conventional continuous rat traps have a lower capture rate due to the adhesion of body odor due to frequent feeding of 1 meter of people, the present invention has developed a system that uses human body odor to trap rats. It is necessary to develop a feeding mechanism that gives the animals a sense of security without getting caught, and to feed them without human body odor. [Structure of the Invention] The structure of the invention includes: a box having an opening at the top; a guide cover that partially covers the upper part of the opening; a guide installed on the back surface of the box;
A pair of falling beds are installed in this box body and can be opened and closed together at the center of the opening, and a sensing switch and an automatic feeder are installed near the top near this joining part, and are energized in response to the sensing switch. A stopper that engages with the pair of fallen beds and holds them in a horizontal position is connected to a solenoid that engages with the pair of falling beds and is installed in the box body, and an automatic opening/closing 8N side is also installed in the box body, and the frontage in the box body is Mucus and a mucus tank storing the mucus are removably installed in the lower part of the unit, and by operating the sensing switch, the solenoid, the stopper connected thereto, and the automatic lever opening machine are moved. The operation of this automatic 17M ejector opens and closes the pair of falling beds, and when the falling beds are opened, the mucus instantly sends out the ultrasonic danger signal that the rat emits ( 1° In a continuous automatic rat trap that suffocates and drowns by blocking the nostrils with cold mucus, the automatic feeder is
In the upper part of an i-shaped container with openings on the L side and the bottom, put food into the container from the 1st part and let it stay there. This continuous automatic rat trap is characterized in that the bait is discharged from the lower part 1710 one after another by its own weight each time the bait is caught, and the bait is placed so that the bait can be automatically taken out by the rat. [Operation of the Invention] Since the continuous automatic mouse trap according to the present invention is constructed as described above, by feeding the animal with food using the automatic feeder, it is able to absorb the body odor of humans, who have a keen sense of smell. The effect of continuous trapping was not improved because the rats were sniffed and alarmed because they are sensitive to human body odor, but the first feeding removes the danger of the rats due to human body odor, gives them a sense of security, and has a quick attracting effect. Enabled continuous capture with high efficiency. [Embodiments of the Invention] The invention will be described in detail below based on the drawings. In FIG. 1, FIG. 3, and FIG. 4, 47 is a continuous automatic rat trap, and is equipped with a box body 1. This box body 1 has a floor plate 19 attached to the side surface of the box body 1 with screws 11 to form a bottom surface. 12 is a partition plate, and the box body l is divided into a drop chamber 39 and a v1 machine room 111. An opening 48 is formed in the upper surface of the three falling chambers in the box body 1 which are divided into two. A rotating shaft 32 is fixed to the bottom edge of the thin plate 9 and a bearing 40 is attached.
It is fitted and stored. This falling floor 9 is the rotation axis 3
1 and 17, which opens and closes the opening 48 by swinging around the rotation axis 32, are stoppers made of leaf springs springing in the direction A [see Fig. 4]. This stopper 17 screwed into the center prevents the pair of fallen beds 9 from swinging downward unstably due to their own weight, and maintains the flat state of the fallen beds 9. Note that the pair of falling beds 9 form the upper surface of the box body 1 when the opening 48 is closed. Reference numeral 10 designates a board as a footrest for the mouse to climb onto the upper surface of the flute body 1, and is fixed to the front side of the box body 1 by a butterfly plate 51. Therefore, the plate 10 of this footrest can be folded upward. 33 is a mucus tank, and this mucus tank 33
A mucus 3.1 is stored in the tank, and is filled with a mucus, such as polybutene, produced by combining inbutene and normal butene at a low temperature in the BR fraction produced by naphna decomposition, such as polybutene. 35 is a removal net and mucus tank 3
The hooks are fixed on both edges of 3, 36 is a discharge hole and 46
3 is a plug, and 3 is a guide cover, which is removably installed on both ends of the box body 1 via screws 42 so as to cover a part of the opening 48. On the back side of this guide cover 3, There is an automatic feeder 5 that is fixedly installed through the guide cover 3 and the guide tool 4 to which the guide tool 4 is attached, and the automatic feeder 5 is a box-shaped container that can be either cylindrical or cubic. Often, you can insert a suitable guide through the upper opening and take out the guide from the upper opening, from which the mouse will automatically take out the guide one after another as the weight of the bait comes out. . Next, based on FIGS. 3 and 4, the automatic opening 1 of the falling floor 9? ! l1ltlA will be explained. This automatic opening +
In principle, the fI machine IAA
An opening mechanism B that is installed on the machine room 14 side and opens the falling bed 9, and a closing mechanism 8 that closes the opened falling bed 9! It is composed of an oval C, and a rotational drive mechanism that operates the opening mechanism B and the peeling mechanism C. First, the opening machine 11n will be explained. A solenoid 15 and a stopper 17 are fixed to the partition &12, and the movable core 55 of the solenoid 15 is connected to the stopper 17 via a wire I6. When the sensing switch 6 is activated by touching the bait, the solenoid 15 is energized, and when the movable iron core 55 is pulled in the direction of the solenoid 15, the stopper 17 comes off the falling bed 9 and the falling bed 9 releases one bait.
The excitation of the solenoid 15 is cut off after a certain period of time by the electronic control box 28, and the movable iron core 55 loses its attractive force, and the stopper 17 returns to its original state due to its own elastic force.Next, the falling bed 9 is closed. C will be explained. Reference numeral 18 denotes a slide, which is in the shape G with a slide rod 19 passing through it, and a cam plate 2 on the top of the slide rod 19.
A cam plate 21 is fixed to the lower part of the slide bar 19 as a cross beam to form a slide part S, which is movable up and down. A pulley 30 is movably attached to a guide shaft 50 provided on the elevating lever 29, and the elevating lever 29 is fixed to a rotating shaft 31. When the falling floor 9 is released, the two lifting levers are also vertical. This is because the pulley 30 is movable within the guide shaft 50, and the pulley 30 is moved to the position where the lifting lever 29 is vertical. 30 will rise accordingly,
An abutment pin 22 attached to a drive plate 23 is in contact with a cam plate 21 at the bottom of the slide part S that is in contact with the cams W and 20 at the top of the slide part S. When At touches the bait, the sensing switch 6 turns ON, and the electronic control box 28 operates to rotate the motor 26 clockwise. When the motor 26 rotates, the drive plate 23 rotates, and then the motor drive switch 25 When the operating plate 25a comes off the edge J of the driving plate 23, the operating plate 25a is released from the pressure and the motor drive switch 25 is turned ON. The motor 26 is then rotated. motor 26
When the drive plate 23 rotates due to the operation of As the cam plate 20 rises, the four vertical lowering levers 29 move toward the inner center within the guide groove 50, thereby raising the elevator lever 29 toward the center. The falling bed 9 swings in the direction of chaining,
After passing through the stopper 17 against the elastic force of the stopper 17, the original m1 state is formed. At this time, the operation plate 2 of the motor drive switch 25
5a is engaged with the edge J of the drive plate 23, and the pressed motor drive switch 25 is turned OFF and the rotation of the motor 26 is stopped. 8 is a guide rod, and 7 is a bait attachment rod. Although the above embodiment uses the battery 41 as a power source and the motor 26 as a rotational drive source, the adapter 'S
Various power sources such as a solar power source and a solar power source can be used, and the driving source is not limited to a motor. Furthermore, this lil! The container can be used to capture other small animals. [Effects of the Invention] As described above, the present invention provides the automatic feeding device t.
By using 11', mice with a sensitive sense of smell can completely eliminate the human body odor caused by frequent contact with human equipment and close contact with the first feeding, and the mice will be exposed to human odor. To provide a continuous automatic opening device that gives peace of mind without making the user feel a sense of danger, increases the conduction effect, and increases the continuous catch rate.

[Brief Description of the Drawings] Fig. 1 is a perspective view of a continuous automatic mouse trap according to the invention, Fig. 2 is a cross-sectional perspective view of the guiding device, Fig. 3 is a view of the partition plate as seen from the machine room side, FIG. 4 is a sectional view, and FIG. 5 is a sectional view of the falling chamber. 47... Continuous automatic mouse trap 1... Box body 3... Guide tool cover 4... Guide tool 5... Automatic feeder 6... Detection switch 7... Bait storage is a stick 8. ... Guide rod 9 ... Falling floor 12 ... Partition plate 14 ... Machine room 15 ... Lenoid 55 ... Movable iron core 16 ... Wire 17 ... Stopper 18 ... Slide length 1
9...Slide rod 20,2]...Kap, board 22.
Contact bottle 23... Drive plate 25... Drive switch 2
5a...Controller board 26・Motor 28・Electronic control box 3132,・Rotation shaft 33・Mucus tank 3
4...Mucus 36 Discharge hole 39...Falling chamber 40.4
4... Bearing 48... Opening 50. Guide i14; γ Applicant Hideaki Murakami'''''4 3 Illustration ζ S concave

Claims (1)

[Scope of Claims] [1] A box having an opening at the top, an attracting tool cover that partially covers the upper part of the opening, an attracting tool installed on the back surface of the attracting tool, and an attracting tool installed in the box and covering the opening. A pair of falling beds that can be opened and closed together at the center of the feeder, and a sensing switch and an automatic feeder that are installed in a part of the attracting tool are installed near the upper part of the mating part, and are energized in response to the sensing switch. A stopper that engages with the pair of fallen beds and holds them in a horizontal position is connected to the solenoid and installed in the box body, and an automatic opening/closing mechanism is also installed in the box body, and the opening in the box body The kinematic viscosity is 120 centistokes to 400 centistokes at 37.8 degrees Celsius.
00 centistokes of mucus and a mucus tank storing this was installed in a removable manner, and the mucus tank was equipped with a discharge hole and a removable removal line at the bottom, and a heating element could be attached as necessary. By operating the sensing switch, the solenoid, the stopper connected thereto, and the automatic opening/closing mechanism are operated, and the pair of fallen beds are removed by the operation of the automatic opening/closing mechanism. When the falling bed is opened and closed, the mouse that falls is covered with the mucus.
In a continuous automatic rat trap that suffocates rats by blocking the ultrasonic danger signals they emit when they are in danger, a surfactant is added to the mucus and water is added to emulsify the mucus. A method for liquefying and post-processing, the sensing switch is a touch switch in which one end is ring-shaped and the other end is a 360 degree rotatable operating rod, which contacts the ring to obtain a detection signal, and the tip of the touch switch The automatic feeder is configured and attached in such a way that a large amount of food is put into the container from the top and stored, and the mouse can automatically take out the food one after another from the bottom using the food's own weight. In addition, the guiding device installed above the pair of fallen floors in the box body is constructed by erecting a required number of guide rods downward at the peripheral edge of the back surface of the plate body, and A continuous automatic mouse trap characterized by having a required number of footrests horizontally lined up and protruding from the sides. [2] A method for post-treatment of trapped rats using the continuous automatic rat trap. A post-treatment for killing rats using mucus, characterized in that a surfactant is added to the mucus for suffocating rats, and water is further added to turn the mucus into an emulsion, that is, the kinematic viscosity of the mucus is significantly reduced. Method. A continuous automatic mouse auxiliary device according to claim 1.